QList<APReading*> Scanner::availableAPs()
{
QList<APReading*> wlans;
QString apName;
QString apMac;
short int apLevel;
TUint8 ieLen = 0;
const TUint8* ieData = NULL;
TBuf<1000> buf16;
TWlanBssid bssid;
TInt retVal;
CWlanScanInfo* pScanInfo = CWlanScanInfo::NewL();
CleanupStack::PushL(pScanInfo);
CWlanMgmtClient* pMgmtClient = CWlanMgmtClient::NewL();
CleanupStack::PushL(pMgmtClient);
pMgmtClient->GetScanResults(*pScanInfo);
for(pScanInfo->First(); !pScanInfo->IsDone(); pScanInfo->Next() ) {
apLevel = pScanInfo->RXLevel();
retVal = pScanInfo->InformationElement(0, ieLen, &ieData);
if (retVal == KErrNone) {
TPtrC8 ptr(ieData, ieLen);
buf16.Copy(ptr);
apName = QString::fromUtf16(buf16.Ptr(),buf16.Length());
}
pScanInfo->Bssid(bssid);
buf16.SetLength(0);
for(TInt i = 0; i < bssid.Length(); i++)
buf16.AppendFormat(_L("%02x:"), bssid[i]);
if (buf16.Length() > 0)
buf16.Delete(buf16.Length()-1, 1);
apMac = QString::fromUtf16(buf16.Ptr(),buf16.Length());
APReading *wlan = new APReading(apName, apMac, apLevel);
wlans << wlan;
}
CleanupStack::PopAndDestroy(pMgmtClient);
CleanupStack::PopAndDestroy(pScanInfo);
return wlans;
}
QList<XQWLAN> XQAccessPointManagerPrivate::availableWLANs2L() const
{
QList<XQWLAN> wlans;
TWlanConnectionSecurityMode securityMode;
TUint8 ieLen = 0;
const TUint8* ieData = NULL;
TBuf<1000> buf16;
TUint16 capability;
TInt lanType;
TWlanBssid bssid;
TInt retVal;
CWlanScanInfo* pScanInfo = CWlanScanInfo::NewL();
CleanupStack::PushL(pScanInfo);
CWlanMgmtClient* pMgmtClient = CWlanMgmtClient::NewL();
CleanupStack::PushL(pMgmtClient);
pMgmtClient->GetScanResults(*pScanInfo);
for(pScanInfo->First(); !pScanInfo->IsDone(); pScanInfo->Next() ) {
XQWLAN wlan;
wlan.d = new XQWLANPrivate();
securityMode = pScanInfo->SecurityMode();
switch (securityMode) {
case EWlanConnectionSecurityOpen:
wlan.d->securityMode = XQWLAN::WlanSecurityModeOpen;
break;
case EWlanConnectionSecurityWep:
wlan.d->securityMode = XQWLAN::WlanSecurityModeWep;
break;
case EWlanConnectionSecurity802d1x:
wlan.d->securityMode = XQWLAN::WlanSecurityMode802_1x;
break;
case EWlanConnectionSecurityWpa:
wlan.d->securityMode = XQWLAN::WlanSecurityModeWpa;
break;
case EWlanConnectionSecurityWpaPsk:
wlan.d->securityMode = XQWLAN::WlanSecurityModeWpa2;
break;
}
//In general if the least significant bit of the capability field
//is 1 then the network is of "Infrastructure Type" or else if the
//capability field is 0 then the network is of "Ad-hoc type"
capability = pScanInfo->Capability();
lanType = capability & 1;
if (lanType == 1) {
wlan.d->networkMode = XQWLAN::WlanNetworkModeInfra;
} else {
wlan.d->networkMode = XQWLAN::WlanNetworkModeAdhoc;
}
wlan.d->signalStrength = pScanInfo->RXLevel();
retVal = pScanInfo->InformationElement(KWlan802Dot11SsidIE, ieLen, &ieData);
if (retVal == KErrNone) {
TPtrC8 ptr(ieData, ieLen);
buf16.Copy(ptr);
wlan.d->ssid = QString::fromUtf16(buf16.Ptr(),buf16.Length());
}
pScanInfo->Bssid(bssid);
buf16.SetLength(0);
for(TInt i = 0; i < bssid.Length(); i++) {
buf16.AppendFormat(_L("%02x:"), bssid[i]);
}
if (buf16.Length() > 0) {
buf16.Delete(buf16.Length()-1, 1);
}
wlan.d->mac = QString::fromUtf16(buf16.Ptr(),buf16.Length());
wlans << wlan;
}
CleanupStack::PopAndDestroy(pMgmtClient);
CleanupStack::PopAndDestroy(pScanInfo);
return wlans;
}